See: Description
Interface | Description |
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ProcedureIntf |
Interface implemented by the Jargon procedures.
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ProcServerIntf |
Interface implemented by the remote calculation engine.
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Class | Description |
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Asm |
The Asm operator produces a Jlcm object containing the multigroup collision
probability matrices or multigroup information required by the iterative
flux solution.
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Autop |
The Autop operator is used to compute the self-shielding effects on the
microscopic cross sections.
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Bivac |
The Bivac tracking operator produces a Jlcm structure containing the
energy-independent numerotation information required to solve the
2D diffusion equation with Bivac.
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Cle2000 |
Call a parametrized Cle2000 procedure.
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Complex |
This class implements complex numbers.
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Compo |
The Compo operator is used to create or feed a multi-parameter
reactor database containing the information required by the
few-group diffusion (or simplified Pn) calculation.
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Composition |
This class defines the physical properties of a single medium,
as required in a lattice calculation.
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ComputationalScheme |
This abstract class is intented to be subclassed into a specific
computational scheme.
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Dummy |
The Dummy operator produces a dummy Jlcm object containing a single key
maned "key" and containing a float number equal to 1.0f.
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Edition |
The Edition operator is used to perform homogenization and/or
condensation of multi-region/multigroup information with the
optional use of a superhomogenization (SPH) model.
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Evo |
The Evo operator is used to compute and record the isotopic depletion
history of the materials present in the domain.
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Excell |
The Excell tracking operator produces a Jlcm structure containing the
energy-independent numerotation information required to solve the
transport equation over a 2D or 3D domain using the method of
characteristics or the method of collision probability.
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Flux |
The Flux operator is used to compute the multigroup neutron flux.
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G2s |
The G2s operator produces a sequential file containing the list of
surfacic elements corresponding to a 2D arbitrary geometry.
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Gigogne |
The Gigogne operator is used to create or modify a gigogne geometry.
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Isotope |
This class defines the physical properties of a single isotope,
as required in a lattice calculation.
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JargonFrame |
This class is a JFC/Swing based window for executing computational
schemes in the Jargon framework.
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Jlcm |
This class is an implementation of the Java bindings for LCM.
|
Lifo |
This class is an implementation of the Java bindings for a last-in-first-out
(lifo) stack used with CLE-2000.
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Macrolib |
The Macrolib operator is used to create a set of macroscopic cross
sections for all the mixtures present in the domain.
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Mccg |
The Mccg operator is a specialization of the Excell tracking operator
used produces a Jlcm structure containing the energy-independent
numerotation information required to solve the transport equation over
a 2D or 3D domain using the method of characteristics MCCG of Igor Suslov.
|
Microlib |
The Microlib operator produces a Jlcm structure containing the
microscopic cross section and library data required in a lattice
calculation.
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Operator |
This abstract class is intented to be subclassed into a specific
operator.
|
Procedure |
This is an asynchroneous class intented to be subclassed into a user-defined
procedure written in Java or in CLE-2000.
|
ProcServer |
This class provides the server capabilities required by the
Remote Method Invocation (RMI) mechanism.
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ProcServerImpl |
Implementation of the remote calculation engine.
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RepriseProc |
Execution of a single branch calculation within SimpleCompo.
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ServerFrame |
This class is a JFC/Swing based window for managing a ThreadPool object.
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Sfun |
Collection of special functions.
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SimpleCell |
This class is an example implementation of a computational scheme
dedicated to a single flux calculation.
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SimpleCompo |
This class is an example implementation of a computational scheme
dedicated to the construction of a multi-parameter reactor database.
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Sybil |
The Sybil tracking operator produces a Jlcm structure containing the
energy-independent numerotation information required to solve the
integral transport equation using 1D collision probabilities and/or
the interface current method (Eurydice).
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ThreadPool |
This class is used to create and manage a pool of threads.
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Tracking |
This is the abstract subclass for all the tracking operators
available in the jargon package.
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Trivaa |
The Trivaa operator produces a Jlcm object containing the multigroup
finite element mass and stiffness matrices required by the iterative
flux solution of Trivac.
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Trivac |
The Trivac tracking operator produces a Jlcm structure containing the
energy-independent numerotation information required to solve the
3D diffusion equation with Trivac.
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Exception | Description |
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JargonException |
Exception thrown by the native application behind the Jargon
Operator exec() method.
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